CN102506448A - Multistage rotary efficient energy-saving environment-friendly cooling range - Google Patents
Multistage rotary efficient energy-saving environment-friendly cooling range Download PDFInfo
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- CN102506448A CN102506448A CN2011103749901A CN201110374990A CN102506448A CN 102506448 A CN102506448 A CN 102506448A CN 2011103749901 A CN2011103749901 A CN 2011103749901A CN 201110374990 A CN201110374990 A CN 201110374990A CN 102506448 A CN102506448 A CN 102506448A
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Abstract
The invention belongs to the technical field of cooking ranges, and particularly discloses a multistage rotary efficient energy-saving environment-friendly cooling range, wherein first and second horizontal flue pipes (12 and 15) are arranged in a cooking range chamber (14) respectively; and a five-layer angle spray nozzle (22) is arranged in the cooking range chamber. The air in the cooking range chamber is sprayed to form a five-layer rotary ring, which sufficiently mixes rising fine coal powder, smoke and oxygen in the air and then enabling the combustible components in the coal to be sufficiently combusted, as a result, the heat energy utilization rate of the coal and the cooking range heat efficiency are improved, the environmental pollution is avoided, and the economic and social benefits are improved.
Description
Technical field: the present invention relates to a kind of cooking stove, belong to the cooking stove technical field.
Background technology: the fire coal of all size of making and using in all parts of the country is used cooking stove according to investigations; Can not completing combustion in the ubiquity coal stove; To external world discharging black smoke. waste energy and the defective of contaminated environment (reason be that chamber of a kitchen range inner structure is unreasonable cause), and the scope of application is few.
Summary of the invention: to fall the defective that above-mentioned chamber of a kitchen range inner structure exists in order overcoming, a kind of new design to be provided.Impel ability combusting component in the coal, completing combustion in the chamber of a kitchen range reaches the heat energy utilization rate and raising stove thermal efficiency in the coal of improving.Elimination wastes energy and the contaminated environment purpose.
Accompanying drawing and symbol description: (the multistage rotary high-efficient energy-conserving and environment-protective of Fig. 1 cooking stove sketch map)
1, cold water storage cistern.2, vertical chimney.3,4, interlayer cooking stove.5, outlet pipe.6, water inlet fourth type pipe.7, cooking stove interlayer.8, vertical tube.9, communicating pipe.10, boiler.11, discharging hot-water line.12, lead to interlayer cooking stove switch.13, lead to the first accumbency chimney switch.14, the chamber of a kitchen range.15, the first accumbency chimney.16, the second accumbency chimney.17, be covered with U type pipe.18, Y-piece.19, blowing air pipe in the chamber of a kitchen range.20, storage watertight aircase.21, semicircle pipe.22, shower nozzle.23, to fire grate bottom blowing air pipe.24, fire grate.25, cooking stove outer wall.26, cooking stove inwall.27, blowing air flow control valve in the chamber of a kitchen range.28, to fire grate bottom blowing air flow control valve.29, block outlet pipe (5) and water inlet T type pipe (6) valve.30, block into water T type pipe (6) right side mouth with to the heating system valve.31, water level pipe.32, ash door.33, fill out ort.
The technical application scheme: the present invention by following three flow processs (1, the current journey.2, coal combustion flue gas flow process.3, air flow process) realize.
One, current journey: water is connected with right side, vertical chimney (2) top interlayer by left side, cold water storage cistern (1) below effluent pipe mouth; Left side, vertical chimney (2) below interlayer pipe is connected with interlayer cooking stove (3,4) right side interlayer pipe; Interlayer cooking stove (3,4) left side interlayer outlet pipe (5) is gone up square opening and is connected; Outlet pipe (5) square opening down is connected with cooking stove interlayer (7) below right side water inlet T type pipe (6) left side mouth; Cooking stove interlayer (7) top is connected with slit, each vertical tube (8) below, slit, each vertical tube (8) top and communicating pipe (9) down square opening be connected, the right side mouth is connected above left side, communicating pipe (9) top mouth and the boiler (10); The last square opening of boiler (10) down discharge hot-water line (11) is connected, and discharging hot-water line (11) descends square opening and is connected with hot water place pipe.
Two, coal combustion produces gas binomial flow process: first flow process, and at first close and lead to interlayer cooking stove switch (12), open and lead to the first accumbency chimney switch (13); Coal produces no black smoke gas and each vertical tube (8) below intracavity inter-connection in the chamber of a kitchen range (14) internal combustion; Each vertical tube (8) top inner chamber is connected with first below, accumbency chimney (15) left side; First accumbency chimney (15) right side is connected with vertical chimney (2) left side mouth, and vertical chimney (2) top is connected with the external world; Second flow process: at first close and lead to the first accumbency chimney switch (13); Open and lead to interlayer cooking stove (3,4) switches (12): coal produces no black smoke gas in chamber of a kitchen range internal combustion and is connected with the second accumbency chimney (16) left side mouth; Second accumbency chimney (16) the right side mouth is connected with interlayer cooking stove (3,4) left side; Interlayer cooking stove (3,4) right side mouth is connected with left side, vertical chimney (2) below mouth; Left side, vertical chimney (2) below mouth is covered with slit, U type pipe (17) below with vertical chimney (2) inside and is connected, and vertical chimney (2) inside is covered with U type pipe (17) top and is connected with the external world.
Three, air binomial flow process: air is connected with Y-piece (18) left side mouth by blower export, and Y-piece (18) right side mouth is connected with blowing air pipe (19) in the chamber of a kitchen range with to fire grate bottom blowing air pipe (23) left side mouth respectively; Top each semicircle pipe (21) time square opening is connected in blowing air pipe (19) right side mouth and storage watertight aircase (20) in the chamber of a kitchen range; In each semicircle pipe (21) respectively with advance air scoop to each shower nozzle (22) and be connected, each shower nozzle (22) goes out air scoop and is connected with the chamber of a kitchen range (14); Be connected with fire grate (24) below, be connected with the chamber of a kitchen range (14) above the fire grate (24) to blowing air pipe (23) right side, fire grate (24) bottom mouth.
Explanation of nouns and function
Semicircle pipe (21): vertically establish a semicircle pipe (21) up and down for 200 millimeters at the every interval of chamber of a kitchen range inner wall, each semicircle pipe (21) middle port whenever is separated by 50 millimeters and is established 5 millimeters eyelets of a Ф from top to bottom.Establish five eyelets altogether, each eyelet is established a shower nozzle (like 50 ° of angles, 60 ° of angles, 70 ° of angles, 80 ° of angles and 90 ° of angles).Function: each angle is sprayed the air in the chamber of a kitchen range, in the chamber of a kitchen range, forms five rotation circles (forming air power), and with the rising superfine pulverized coal, flue gas, flame and air mix (stirring) fully, and impelling can combusting component completing combustion in the coal.
Claims (2)
1. relate to a kind of high-efficient energy-saving environment friendly cooking stove; It is cut into various materials respectively by steel plate and steel pipe, processes the interlayer cooking stove; Cooking stove interlayer and tube connector; It is characterized in that: water is connected with right side, vertical chimney (2) top interlayer by left side, cold water storage cistern (1) below effluent pipe mouth, and left side, vertical chimney (2) below interlayer pipe is connected with interlayer cooking stove (3,4) right side interlayer pipe, and interlayer cooking stove (3,4) left side interlayer outlet pipe (5) is gone up square opening and is connected; Outlet pipe (5) square opening down is connected with cooking stove interlayer (7) below right side water inlet T type pipe (6) left side mouth; Cooking stove interlayer (7) top is connected with slit, each vertical tube (8) below, slit, each vertical tube (8) top and communicating pipe (9) down square opening be connected communicating pipe (9). the right side mouth is connected above left side, top mouth and the boiler (10); The last square opening of boiler (10) down discharge hot-water line (11) is connected, and discharging hot-water line (11) descends square opening and is connected with hot water place pipe; First flow process at first closed and led to interlayer cooking stove switch (12), opens to lead to the first accumbency chimney switch (13); Coal produces no black smoke gas and each vertical tube (8) below intracavity inter-connection in the chamber of a kitchen range (14) internal combustion; Each vertical tube (8) top inner chamber is connected with first below, accumbency chimney (15) left side; First accumbency chimney (15) right side is connected with vertical chimney (2) left side mouth, and vertical chimney (2) top is connected with the external world; Second flow process: at first close and lead to the first accumbency chimney switch (13); Open and lead to interlayer cooking stove (3,4) switches (12): coal produces no black smoke gas in chamber of a kitchen range internal combustion and is connected with the second accumbency chimney (16) left side mouth; Second accumbency chimney (16) the right side mouth is connected with interlayer cooking stove (3,4) left side; Interlayer cooking stove (3,4) right side mouth is connected with left side, vertical chimney (2) below mouth; Left side, vertical chimney (2) below mouth is covered with slit, U type pipe (17) below with vertical chimney (2) inside and is connected, and vertical chimney (2) inside is covered with U type pipe (17) top and is connected with the external world; Air is connected with Y-piece (18) left side mouth by blower export, and Y-piece (18) right side mouth is connected with blowing air pipe (19) in the chamber of a kitchen range with to fire grate bottom blowing air pipe (23) left side mouth respectively; Top each semicircle pipe (21) time square opening is connected in blowing air pipe (19) right side mouth and storage watertight aircase (20) in the chamber of a kitchen range; In each semicircle pipe (21) respectively with advance air scoop to each shower nozzle (22) and be connected, each shower nozzle (22) goes out air scoop and is connected with the chamber of a kitchen range (14); Be connected with fire grate (24) below, be connected with the chamber of a kitchen range (14) above the fire grate (24) to blowing air pipe (23) right side, fire grate (24) bottom mouth.
2. according to claim 1; Multistage rotary high-efficient energy-conserving and environment-protective cooking stove semicircle pipe (21); It is characterized in that: vertically establish a semicircle pipe (21) up and down for 200 millimeters at the every interval of chamber of a kitchen range inner wall, each semicircle pipe (21) middle port whenever is separated by 50 millimeters and is established 5 millimeters eyelets of a Ф from top to bottom.Establish five holes altogether and follow, each eyelet is established a shower nozzle (like 50 ° of angles, 60 ° of angles, 70 ° of angles, 80 ° of angles and 90 ° of angles).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011103749901A CN102506448A (en) | 2011-11-23 | 2011-11-23 | Multistage rotary efficient energy-saving environment-friendly cooling range |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011103749901A CN102506448A (en) | 2011-11-23 | 2011-11-23 | Multistage rotary efficient energy-saving environment-friendly cooling range |
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| Publication Number | Publication Date |
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| CN102506448A true CN102506448A (en) | 2012-06-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011103749901A Pending CN102506448A (en) | 2011-11-23 | 2011-11-23 | Multistage rotary efficient energy-saving environment-friendly cooling range |
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN86205752U (en) * | 1986-08-16 | 1987-11-07 | 熊和深 | Two-mouth coal stove |
| RU2076277C1 (en) * | 1994-08-09 | 1997-03-27 | Валерий Петрович Котельников | Furnace for bath |
| CN2304825Y (en) * | 1997-09-24 | 1999-01-20 | 郝正义 | Energy saving composite stove |
| CN2342241Y (en) * | 1998-01-05 | 1999-10-06 | 李金才 | Low pressure high temperature energy saving dust removing boiler |
| CN2444154Y (en) * | 2000-10-11 | 2001-08-22 | 石满才 | Single or double range of downward burner |
| CN101655279A (en) * | 2009-05-29 | 2010-02-24 | 李金才 | Multi-stage rotating energy-saving dust and harmful substance removing vertical boiler |
-
2011
- 2011-11-23 CN CN2011103749901A patent/CN102506448A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN86205752U (en) * | 1986-08-16 | 1987-11-07 | 熊和深 | Two-mouth coal stove |
| RU2076277C1 (en) * | 1994-08-09 | 1997-03-27 | Валерий Петрович Котельников | Furnace for bath |
| CN2304825Y (en) * | 1997-09-24 | 1999-01-20 | 郝正义 | Energy saving composite stove |
| CN2342241Y (en) * | 1998-01-05 | 1999-10-06 | 李金才 | Low pressure high temperature energy saving dust removing boiler |
| CN2444154Y (en) * | 2000-10-11 | 2001-08-22 | 石满才 | Single or double range of downward burner |
| CN101655279A (en) * | 2009-05-29 | 2010-02-24 | 李金才 | Multi-stage rotating energy-saving dust and harmful substance removing vertical boiler |
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Application publication date: 20120620 |